本文报告一个基于信息流形Berry联络的理论框架在时间纠缠熵、时间晶体、黑洞信息与全息对偶等前沿领域的验证进展。通过六个独立实验平台的公开数据——Google Sycamore (2021)、多特蒙德固态核自旋 (2024)、里德堡原子 (2026)、IBM量子处理器 (2025)、钻石PDTC (2024) 以及边界时间晶体模型——八个核心预言获得定量支持,未发现反例。本文聚焦验证结果,所有结论均标注诚实边界。 This paper reports verification progress of a theoretical framework based on the Berry connection on an information manifold. Eight core predictions have received quantitative support from six independent experimental platforms, with no counterexamples. All conclusions are presented with explicit honesty boundaries. 【关键词 Keywords】时间纠缠熵, timelike entanglement entropy, 复时间纠缠, complex timelike entanglement, 时间晶体, time crystal, Berry联络, Berry connection, 信息流形, information manifold, 锁定度, degree of fixation, 暗能量, dark energy, 量子模拟器验证, quantum simulator verification, 黑洞信息, black hole information, 全息对偶, holographic duality, 重整化流, renormalization group flow, 量子信息, quantum information